Data Governance Protocol 1.0.4

Privacy & Data
Processing Standards

At TokyoTwin, our digital twin modeling processes rely on high-fidelity data. We apply the same precision to your personal information as we do to our analytical simulations.

Last Update 2026-03-17
Effective Range Global Simulation Network
Compliance Officer DPO-JP-88

01. Information
Ingestion Points

Direct Narrative Data

When you contact our laboratory via email or phone at +81 3 4444 5555, we collect identifiers such as your name, corporate affiliation, and project specifics. This enables us to provide accurate technical modeling consultations.

  • Communication Metadata
  • Service Configuration Parameters

Technical Simulation Data

Our digital twin systems may record telemetry and logs from user interactions to optimize simulation performance and analytics accuracy. This includes IP addresses, browser variants, and session durations on TokyoTwin.digital.

Precision data capture visual

02. Analytical Processing Objectives

How we utilize collected datasets to power our digital twin laboratory.

Model Optimization

Interaction data is fed into our proprietary analytics engine to refine the accuracy of simulated environments. We use this to ensure that the infrastructure models we build for Shinjuku 88 and beyond meet rigorous industrial standards.

System Identity

To maintain a secure digital twin environment, we process data for identity verification and fraud prevention within our secure cloud modeling infrastructure.

Refinement Analytics

We aggregate non-identifiable usage statistics to evaluate which simulation modules are most effective, allowing us to prioritize laboratory upgrades and software patches.

Operational Support

Your contact history allows us to troubleshoot technical queries regarding digital twin deployment and integration with your existing data siloes.

03. Safeguarding &
Retention Lifespan

Data at TokyoTwin is treated as a finite resource. We do not store personal information longer than required for our simulation analytics or legal obligations.

AES
Encrypted Nodes

All data is stored using high-level AES-256 encryption within the Tokyo metropolitan region.

AUTO
Automated Purging

Analytical logs are routinely purged every 48 hours unless required for long-term modeling projects.

Secure data storage infrastructure

Governance Phase 04

Your Control Parameters

In compliance with global data protection standards, you have inherent rights over your digital twin footprint.

REQ.01

Access & Export

Request a full telemetry report of all data associated with your identity in our modeling lab.

REQ.02

Rectification

Update your institutional or project metadata to ensure simulation results remain valid.

REQ.03

Erasure

Request the permanent removal of your data from our active processing directories.

To exercise these rights, initiate a request through our Lab Connect portal.

Connect Now

05. Third-Party Integration

TokyoTwin does not sell, trade, or transfer your personally identifiable information to outside parties. This excludes trusted service partners who assist us in operating our simulation analytics platforms, so long as those parties agree to keep this information strictly confidential.

We may release information when its release is appropriate to comply with Japanese national law, enforce our Digital Twin Modeling site policies, or protect our lab's property and safety.

Cookie Framework

Our laboratory uses specific identifiers (cookies) to improve the simulation experience. For a detailed breakdown of these components, please refer to our Cookie Policy.

Laboratory Oversight

If there are any questions regarding this privacy policy or our data modeling practices, you may contact our Shinjuku laboratory directly.

Shinjuku 88, Tokyo, Japan

Direct Line

+81 3 4444 5555

info@tokyotwin.digital
Operating Hours

Mon-Fri: 09:00-18:00

TokyoTwin Research Center